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Current status and prospect of plasma control system for steady-state operation on QUEST

机译:QUEST稳态运行等离子体控制系统的现状与展望

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The plasma control system (PCS) of QUEST is developed according to the progress of QUEST project. Since one of the critical goals of the project is to achieve the steady-state operation with high temperature vacuum vessel wall, the PCS is also required to have the capability to control the plasma for a long period. For the increase of the loads to processing, power of the PCS, the PCS is decentralized with the use of reflective memories (RFMs). The PCS controls the plasma edge position with the real-time identification of plasma current and its position. This identification is done with not only flux loops but also hall sensors. The gas fueling method by piezo valve with monitoring the Ha signal filtered by a digital low-pass filter are proposed and suitable for the steady-state operation on QUEST. The present status and prospect of the PCS are presented with recent topics. (C) 2016 Elsevier B.V. All rights reserved.
机译:QUEST的等离子控制系统(PCS)是根据QUEST项目的进展而开发的。由于该项目的关键目标之一是要通过高温真空容器壁实现稳态运行,因此还要求PCS具有长期控制等离子体的能力。为了增加PCS的处理负荷,功率,PCS通过使用反射存储器(RFM)进行分散处理。 PCS通过实时识别等离子体电流及其位置来控制等离子体边缘位置。这种识别不仅可以通过磁通回路,还可以通过霍尔传感器完成。提出了一种通过压电阀对数字低通滤波器滤波后的Ha信号进行监控的加气方法,该方法适用于QUEST的稳态运行。近期主题介绍了PCS的现状和前景。 (C)2016 Elsevier B.V.保留所有权利。

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